The invention provides an aerostat building method and device, an aerostat, equipment and a readable storage medium, the aerostat building method comprises the following steps: determining a first physical parameter according to a first atmospheric parameter, the first atmospheric parameter being determined based on a first preset level flight height; determining a second physical parameter according to a second atmospheric parameter, wherein the second atmospheric parameter is determined based on a second preset level flight height; determining the net weight of the aerostat according to the first atmospheric parameter, the first physical parameter and the second physical parameter; and building the aerostat according to the first physical parameter, the second physical parameter and the net weight of the aerostat. According to the aerostat built according to the determined first physical parameter, the determined second physical parameter and the net weight of the aerostat, no leakage of buoyancy gas in the zero-pressure balloon can be achieved within the first preset level flight height and the second preset level flight height, and the stability of the aerostat is improved.
本发明提供一种浮空器搭建方法、装置、浮空器、设备及可读存储介质,浮空器搭建方法包括:根据第一大气参数确定第一物理参数,第一大气参数是基于第一预设平飞高度确定的;根据第二大气参数确定第二物理参数,第二大气参数是基于第二预设平飞高度确定的;根据第一大气参数、第一物理参数和第二物理参数,确定浮空器净重;根据第一物理参数、第二物理参数以及浮空器净重,搭建浮空器。本发明根据确定的第一物理参数、第二物理参数以及浮空器净重搭建的浮空器,在第一预设平飞高度和第二预设平飞高度内,能够实现零压气球内浮升气体的不泄漏,提升了浮空器的稳定性。
Aerostat building method and device, aerostat, equipment and readable storage medium
浮空器搭建方法、装置、浮空器、设备及可读存储介质
2023-01-03
Patent
Electronic Resource
Chinese
Aerostat internal temperature acquisition device and aerostat
European Patent Office | 2023
|